Question

Table 3.1

Time, t (s)	Position, x (m)	tn/t1	Time Squared, t^2 (s^2)	(tn)^2/(t1)^2	xn/x1
t1, 0.40	x1, 0.25	1.0	.16	1	1
t2, 0.80	x2, 0.36	2.0	.64	4	1.4
t3, 1.2	x3, 0.52	3.0	1.4	9	2.1
t4, 1.6	x4, 0.71	4.0	2.6	16	2.8
t5, 2.0	x5, 0.95	5.0	4.0	25	3.8
t6, 2.4	x6, 1.2	6.0	5.8	36	4.8

Linear fit equation for Position Vs. Time: 0.545x - 0.0530

Quadratic fit equation for Position Vs. Time: 0.123x^2 +0.138 +0.178

Position Vs. Time Squared 1. 0.95 0.71 0.52 0.6 0.4 0.25 0.2 0.36 (0 (0 Time Squared, tA2 (sA2)

Table 3.2

Time	Position/ velocity	vn/v1
t1, 0.45	v1, 0.24	1
t2, 0.95	v2, 0.37	1.5
t3, 1.4	v3, 0.48	2
t4, 1.9	v4, 0.61	2.5

Slope of the graph: 0.246 units idk

Question: By determining a percent difference, compare the accelartion of the car determined from the graph plotted in step 5 to that measured as the slope of the velocity graph?

Answer 1

https://drive.google.com/file/d/1AmiFI9AhdteR5vl-FOZpDllNa_8lRHhq/view?usp=drivesdk